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Mechanisms to drive solar array panels, a composite universal stage adapter and central network electronics supply drive Artemis missions forward.
Lockheed maintains an OPOC for up to 12 composites-intensive vehicles over the course of the Artemis moon missions, reduces cost by 50% per vehicle.
The rocket motors are the next step toward NASA’s Artemis I space launch in 2021.
HLS to act as final mode of transportation to take astronauts to the lunar surface for the Artemis program, with potential future travel to Mars and other destinations.
Astrobotic Technology, Lockheed Martin and Honeybee Robotics awarded $19.4 million to prototype build and test solar array systems to power moon exploration under Artemis. Current mast designs incorporate carbon fiber-based technologies.
Lightweight composite design for BOLE boosters enable increased performance for NASA’s future missions to the moon and Mars.
More than 22,000 elements are begin integrated in parallel in Airbus’ Bremen cleanrooms for ESMs 3, 4 and 5, mission-critical structures for the Orion spacecraft.
Blue Origins, Dynetics and SpaceX are developing human landing systems concepts for Artemis’s 2024 moon mission.
Two agency payloads are targeted to launch in 2026 to a landing site on the far side of the moon to gain a better understanding of the early evolution of the universe.
Part of NASA's Commercial Lunar Payload Services (CLPS) initiative, Firefly’s Blue Ghost lander will deliver 10 technology payloads to the moon.
